- #1
koolraj09
- 167
- 5
Hi,
I went through many resources but I am not able to understand as to what stall/surge means for an axial compressor means. I am not able to imagine or correlate it. I want to physically understand what happens in a compressor when it is stalled. For eg: Can a ceiling fan stall when the angle of its blades it too large? If yes then what would happen in practice (things which we can observe when the fan stalls??)
An observable analogy is what I want..
Also why is stall so detrimental..this in an interlinked question (related to understanding of stall) but still I would go ahead and ask it.
In addition are there any good resources which would provide a clear understanding of things like compressor map, performance etc...
Thanks...
I went through many resources but I am not able to understand as to what stall/surge means for an axial compressor means. I am not able to imagine or correlate it. I want to physically understand what happens in a compressor when it is stalled. For eg: Can a ceiling fan stall when the angle of its blades it too large? If yes then what would happen in practice (things which we can observe when the fan stalls??)
An observable analogy is what I want..
Also why is stall so detrimental..this in an interlinked question (related to understanding of stall) but still I would go ahead and ask it.
In addition are there any good resources which would provide a clear understanding of things like compressor map, performance etc...
Thanks...